ATTEST generates mathematical proofs of onchain reliability without de-anonymizing balances, transaction values, counterparties or wallet addresses. A verifier receives the claim. Your private financial history stays hidden.
ATTEST is designed around selective disclosure. It proves whether a condition is satisfied while keeping the source financial dataset concealed.
Prove that historic DeFi obligations were repaid and that a defined liquidation condition was not triggered, without disclosing credit size, principal, collateral amount or lender identity.
Confirm that predefined smart-contract obligations were fulfilled without publishing counterparties, commercial amounts or private settlement terms.
Replace exact wallet balances with range-based assertions such as Tier A or Tier B. Verifiers can enforce liquidity thresholds without ever seeing the exact balance.
Reputation can be represented by disposable or scoped ZK badges rather than a permanently exposed public wallet profile. The proving wallet and the consuming application do not need to share the same public identity.
Adjust simulated onchain activity and transaction profile. The score is illustrative and demonstrates how different ZK proof classes could unlock without exposing the underlying wallet.
The protocol reads the required wallet history locally or through a privacy-preserving proving environment. Raw balances and transaction history are inputs to the circuit, not public protocol output.
Private witness data is reduced into a mathematical proof that a condition is true. The proof contains enough information for verification without disclosing the values used to construct it.
The resulting attestation can be verified by applications without exposing the original dataset. Public output can represent eligibility, score brackets, settlement status or other scoped claims.
Different trust systems expose different amounts of information. ATTEST is designed around proving conditions rather than publishing a complete identity or wallet history.
| SECURITY PROPERTY |
MODEL A
Public Wallets
|
MODEL B
Traditional KYC
|
MODEL C
ATTEST ZK-Layer
|
|---|---|---|---|
| Balance disclosure | HIGH | INDIRECT | NOT REQUIRED |
| Protection from wallet surveillance | LOW | N/A | HIGH BY DESIGN |
| Onchain verification speed | DIRECT / PUBLIC | OFFCHAIN PROCESS | SOLANA-NATIVE TARGET |
| Identity data theft surface | WALLET HISTORY EXPOSED | HIGH-VALUE DATABASE | MINIMIZED |
| Exact transaction amounts required | VISIBLE | SOMETIMES | NO |
| Reusable reputation claim | MANUAL INFERENCE | PROVIDER-BOUND | SCOPED ZK ATTESTATION |
A reputation circuit should prove only the condition required by the relying application. Broader disclosure creates unnecessary attack surface.
A cryptographic verifier evaluates whether a proof is valid. It does not need access to the wallet balance or the user's entire activity graph.
Zero-knowledge systems still depend on circuit correctness, implementation security, wallet integrity, verifier code and the quality of underlying source data.
ATTEST is positioned as a privacy-preserving reputation primitive. The interface below demonstrates the intended proving and verification model.
The current interface is a product simulation. Production cryptographic claims, verification guarantees and token mechanics should be independently audited before users rely on them for financial decisions.